0:14: 🌐 The webinar discusses the intersection of military AI, US-China AI competition, and AI regulation. 5:50: 🌐 The discussion covers the channels for the United States and China to establish international norms and agreements regarding military AI, including bilateral communication and international forums. 10:29: 🔍 The video discusses the development and comparison of AI hardware and software, with a focus on the advancements made by US and Chinese companies. 15:21: 🚗 Chinese companies are leading in AI applications, particularly in autonomous driving technology. 20:13: 📱 The video discusses the challenges Huawei faces in manufacturing chips at commercial yields and scale for the smartphone business. 25:08: 📱 China's semiconductor industry is advancing in design and manufacturing, with a focus on smartphone technology. 29:36: 🚀 The video discusses the impact of US export controls and sanctions on Chinese semiconductor companies. 34:33: 🌍 Global challenges in using export controls for technology purposes, with disagreement among countries and companies. 39:01: 🤖 The video discusses the challenges and concerns surrounding the implementation of controls on artificial general intelligence, particularly in relation to national and economic security. 43:52: 🌐 Discussion about technology controls and collaboration with Japan and the Netherlands. 48:31: 💰 The Chinese government has been investing significant amounts of money in semiconductor and other areas, leading to progress and market incentives for Chinese tool makers and chip makers. 53:10: ⚙ The video discusses China's efforts to gain access to critical materials, substrates, and knowledge for semiconductor manufacturing. 57:47: 🤖 The video discusses the current state and potential applications of generative AI, particularly in relation to enterprise data and 5G technology. Recapped using Tammy AI
It was cheaper for China to buy reliable Western chips, benefiting both sides. China spends more on chip imports than on oil. The "Made in China 2025" initiative provided substantial funds for chip development, but companies were hesitant due to technical challenges and the risk of competing with established players like Intel, Samsung, and TSMC. With US sanctions, China shifted focus, prompting the emergence of new chip research companies and increased government subsidies, making domestic chip development a top priority for Chinese research institutions. When self-sufficient, China can provide the world with cheaper chips, while the West and its allies lose access to both the Chinese and global markets. The US is developing its own supply chain, but without access to a large market, it cannot be competitive. The US is leaving no knees untouched in its Tonya Harding competition strategy. The Chinese are very grateful to the US for pushing them towards self-sufficiency. Thanks to the US, China now has its own GPS system and space program.
34:49 Baidu switching to Huawei's HiSilicon Ascend 910B AI processor. It's not just the HW, but the supporting AI software platform that breaks the lock-in 🔓
30:30 Hint: Sanction don't work in the long term. In fact, the more they're used the less effective they become. This action already signals the decline of the intelligence of the actor 🤣
Absolutely China's into military AI. C'mon they're already world-class for industrial n consumer AI apps. Xiaomi Cyberdog 2 with open source API for $2000, anyone? Fins for feet mudskipper amphibious swarm DDOS robots in the works 🦈
0:14: 🌐 The webinar discusses the intersection of military AI, US-China AI competition, and AI regulation.
5:50: 🌐 The discussion covers the channels for the United States and China to establish international norms and agreements regarding military AI, including bilateral communication and international forums.
10:29: 🔍 The video discusses the development and comparison of AI hardware and software, with a focus on the advancements made by US and Chinese companies.
15:21: 🚗 Chinese companies are leading in AI applications, particularly in autonomous driving technology.
20:13: 📱 The video discusses the challenges Huawei faces in manufacturing chips at commercial yields and scale for the smartphone business.
25:08: 📱 China's semiconductor industry is advancing in design and manufacturing, with a focus on smartphone technology.
29:36: 🚀 The video discusses the impact of US export controls and sanctions on Chinese semiconductor companies.
34:33: 🌍 Global challenges in using export controls for technology purposes, with disagreement among countries and companies.
39:01: 🤖 The video discusses the challenges and concerns surrounding the implementation of controls on artificial general intelligence, particularly in relation to national and economic security.
43:52: 🌐 Discussion about technology controls and collaboration with Japan and the Netherlands.
48:31: 💰 The Chinese government has been investing significant amounts of money in semiconductor and other areas, leading to progress and market incentives for Chinese tool makers and chip makers.
53:10: ⚙ The video discusses China's efforts to gain access to critical materials, substrates, and knowledge for semiconductor manufacturing.
57:47: 🤖 The video discusses the current state and potential applications of generative AI, particularly in relation to enterprise data and 5G technology.
Recapped using Tammy AI
It was cheaper for China to buy reliable Western chips, benefiting both sides. China spends more on chip imports than on oil. The "Made in China 2025" initiative provided substantial funds for chip development, but companies were hesitant due to technical challenges and the risk of competing with established players like Intel, Samsung, and TSMC. With US sanctions, China shifted focus, prompting the emergence of new chip research companies and increased government subsidies, making domestic chip development a top priority for Chinese research institutions. When self-sufficient, China can provide the world with cheaper chips, while the West and its allies lose access to both the Chinese and global markets.
The US is developing its own supply chain, but without access to a large market, it cannot be competitive.
The US is leaving no knees untouched in its Tonya Harding competition strategy.
The Chinese are very grateful to the US for pushing them towards self-sufficiency. Thanks to the US, China now has its own GPS system and space program.
😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊 to😊😊
What do you mean little success? lol every industry they’ve tried to be self sufficient in has been successful.
Excellent discussion, very insightful!
34:29 LOL - China's human rights issues?! Please update your thinking in light of current Israel-Gaza conflict. Your hypocrisy is so embedded 🤣
lmao how deluded some people are
@@sirati9770obviously the westoids are. 😅
its the human rights of 1.4 billion Chinese to developments.
34:49 Baidu switching to Huawei's HiSilicon Ascend 910B AI processor. It's not just the HW, but the supporting AI software platform that breaks the lock-in 🔓
30:30 Hint: Sanction don't work in the long term. In fact, the more they're used the less effective they become. This action already signals the decline of the intelligence of the actor 🤣
23:37 The move to RISC-V, RISE - The open source RISC-V Software Ecosystem Project
See what we can achieve if we worked together (medical AI)
Absolutely China's into military AI. C'mon they're already world-class for industrial n consumer AI apps. Xiaomi Cyberdog 2 with open source API for $2000, anyone? Fins for feet mudskipper amphibious swarm DDOS robots in the works 🦈
51:38 Yup, eg reusable rockets 🚀
What is it that Paul Triolo has in the hair?
A fancy pair of shades
@@cristinaximera9663 Muchas gracias.
46:16 Graphite on top of Ge and Ga. Heh, China likes the Gs. GSI, GDI, GCI... well, ok, after the BRI 😅
MGD, she has scared face🥵
39:20 USA is a frightened nation. Military signup is down to 9%. The fear of justice from the Global Majority... 😱
17:00 Huawei rolling out 5.5G already. Smart cities with embedded IOT sensors everywhere for next goods n services.